Robert Boyle is one of the many leading physicists of the seventeenth century. Boyles most famous contributions was Boyle's law, which states that gases have various properties which can be observed with our senses, including the gas pressure, temperature, mass, and the volume which contains the gas. Boyle sought to vindicate a mechanistic of nature at the expense of rival theories. Boyle was also a major apologist for the new science, expounding its rationale, working out its philosophical implications and reflecting on the mutual relations between science and religion. His first major scientific report, The Spring and Weight of the Air. Boyle was dedicated to the idea of experimental proof of theories while Hooke felt that theoried should appeal to reason. He performed assays on gold and silver, tested for copper with ammonia, tested for salt in water with silver nitrate, and devised a thirty item test for mineral water analysis. Boyle was much influenced by Galileo's death and he carefully studied his works. If any one event shaped Boyle's life and directed him towards science it was that. He became a strong supporter of Galileo's philosophy and believed strongly from this time in the new approach to studying the world through mathematics and mechanics.[2] [4] [5] [10]
Insight and Influences
He assembled what we would today call a research group, developed a key piece of apparatus. This period was a difficult one for Boyle for he tried hard not to be forced to take sides in the civil war. His loyalties were somewhat divided, his father having been a staunch Royalist, his sister Katherine a staunch parliamentarian. He ended up a very rich man when Cromwell apportioned Irish lands to the Enlish colonists, he was able to devote himself entirely to science without the need to earn money. John Wilkins was a major influence in Boyle's decisionto go to Oxford. Boyle's law appears in an appendix written his work new experiments Physio-Mechanicall, Touching the Spring of the Air and its Effects. Hooke helped him with the air pump, who was employed by Boyle as his assistant. He showed that sound did not travel in a vacuum, and also that a flame required are as did life, and he investigated the elastic properties of air. Boyle was educated partly at home adn partly at Eton College, completing his educatin by traveling to france, italy and switzerland, where he spent several months. He argued against Aristotle's view fo the four elements of earth, air, fire, and water, saying that matter was composed of corpuseles which themselves were differently built up of different configurations of primary particles. Overall he believed that the world was basically a complex system governed by a small number of simple mathematical laws. [5] [6] [7] [8] [9] [10] [11] [12]
Major Contributions
Boyle demonstrated that the sound of a bell in the reciever faded as the air was removed, proving that air was necessary for the transmission of sound. Boyle's empiricim established him as founder of a modern scientific method and his arguments were so persuasive as to win many importand converts. The second editions of the Spring and Weight of the Air contained the pressure volume inverse relationship which is familiar to every chemistry student as Boyle's Law. Boyle used mercury in a U-tube was made measurements of the volume of the trapped gas at pressures both higher and lower than normal atmospheric pressures. Boyle's law which relates volume and pressure in a gas, Hobbes had argued that a vacuum could not exist and claimed that Boyle's results obtained with the vacuum pump must be the result fo some as yet undiscovered force. He made careful arrangements to have the many book published in Latin translations which were widely read in the international scholarly community. His first project was his Aretology, an somewhat stilted treatise on Ethical Elements intended to lay down the rudiments of morality as a basis for the pursuit of virtue. In the Sceptical Chymist, Boyle makes a clear break with the alchemists tradition of secrecy with his conviction and insistence on publishing in great experimental detail. It is noteworthy that Boyle was among the first to publich the details of his work, including unsuccessful experiments, but Boyle was never able to abandon the beliefs of alchemy. He believed in transmutation of the elements and reported to the Royal Society on his attempt to change quicksilver into gold. He believed that he was near success in this endeavor. Perhaps most crucial was Boyle's Physico-Chymicall Essay, containing an experiment with some consideration touching the differing parts and redintegration of salt-peter in which he experimentally demonstrated how the charges that could be brought about in salt-peter by chemical means could be explained entirely in terms of the size and motion of corpuscles, without the need for any of the explanations in terms of forms and qualitics associated with scholastic science. Similar ideas were pursued in various sequals, the most notable of which was his The Origin of Forms an Qualities,a frontal attack ofnt he predominat scholasticism of the period, in which Boyle tried to wean his contemporaries away from the essentially qualitative modes of thinking associated with Aristotelian ideas, and to indicate the superior intelligibillity of mechanical explanations of phenomena. [5] [6] [7] [8] [9] [10] [12]
Affects and Effects
Robert Boyle was born at Lismore Castle in 1627, in Ireland. Boyle never married, he was the youngest son of Richard Boyle, who was Earl of Cork, and also the richest man in Britain. Boyle died in 1691, although the cause of death is unknown, he was burried in Saint- Martins to his sister. Boyle and his sister had a very close relationship, she stayed with him when he was a young boy and all through his life. The religious side of Boyle was an important force in his life. Not only did Boyle's deep theism inform his outlook in natural philosophy, as in life in general, it may have been the religious imperatives which dominated his life. He learned philosophy, religion, languages, mathemathics, and the new physics of Bacon, Descartes, and Galileo. Boyle had joined a small group of the most influential English scientists, mathematicians, philosophers, adn physicians. the group was chartered as the Royal Society which exists today as the oldest continuous scientific society in the world, which Boyle was elected president, he later was offered to be president of the society but refused the offer. Boyle published his results on the physical properted of air through this society. His work in chemistry was ained at establishing it as a mathematical science based on a mechanistic theory of matter. It is for this reason that we have decided to include Boyle into this archeve of mathematicians for, although he did not develop any mathematical ideas himself, he was one of the first to argue that all science should be developed as an application of mathematics to physics. Boyle was one of the first to extend the application of mathematic to chemistry which he tried to develop as a science whose complex appearance was merely the result on simple mathematical laws applied to simple fundamental particles. He had deep religious convictions, he wrote widely on religious themes and gave financial support to the translation of the New Testament. Boyle emphasis on experimentation and quantification helped lay the foundation of modern chemistry. He proposed an early atomic theory of matter formulated the first definiton of an element and conducted rigorous experiments with detailed documentation. [2] [4] [5] [6] [7] [8] [9] [10] [11] [12]
The Things He Left Behind
If Boyle had not discovered how gas and pressure are related, many of the things that we have and can do today would not be here. From Boyle's Law we have a better understanding of our atmosphere works and how we can coexist with it. From going out into space or flying though the air, if it hadn't been for Boyle none of this would be possible. Boyle also discovered that for the transmission of sound there needs to be air to send out and receive the sound waves. Boyle introduced the experimental method into science, if not for him the process in which we conduct our experiments would be entirely different and a long process with few results. He was the first scientist to actually collect gas and analyze it, if he hadn't everything that is powered by gas or has to do with gas we wouldn't have at this present time but maybe in the future it would be possible.
Table of Contents
Robert Boyle
Robert Boyle is one of the many leading physicists of the seventeenth century. Boyles most famous contributions was Boyle's law, which states that gases have various properties which can be observed with our senses, including the gas pressure, temperature, mass, and the volume which contains the gas. Boyle sought to vindicate a mechanistic of nature at the expense of rival theories. Boyle was also a major apologist for the new science, expounding its rationale, working out its philosophical implications and reflecting on the mutual relations between science and religion. His first major scientific report, The Spring and Weight of the Air. Boyle was dedicated to the idea of experimental proof of theories while Hooke felt that theoried should appeal to reason. He performed assays on gold and silver, tested for copper with ammonia, tested for salt in water with silver nitrate, and devised a thirty item test for mineral water analysis. Boyle was much influenced by Galileo's death and he carefully studied his works. If any one event shaped Boyle's life and directed him towards science it was that. He became a strong supporter of Galileo's philosophy and believed strongly from this time in the new approach to studying the world through mathematics and mechanics.[2] [4] [5] [10]
Insight and Influences
He assembled what we would today call a research group, developed a key piece of apparatus. This period was a difficult one for Boyle for he tried hard not to be forced to take sides in the civil war. His loyalties were somewhat divided, his father having been a staunch Royalist, his sister Katherine a staunch
Major Contributions
Boyle demonstrated that the sound of a bell in the reciever faded as the air was removed, proving that air was necessary for the transmission of sound. Boyle's empiricim established him as founder of a modern scientific method and his arguments were so persuasive as to win many importand converts. The second editions of the Spring and Weight of the Air contained the pressure volume inverse relationship which is familiar to every chemistry student as Boyle's Law. Boyle used mercury in a U-tube was made measurements of the volume of the trapped gas at pressures both higher and lower than normal atmospheric pressures. Boyle's law which relates volume and pressure in a gas, Hobbes had argued that a vacuum could not exist and claimed that Boyle's results obtained with the vacuum pump must be the result fo some as yet undiscovered force. He made careful arrangements to have the many book published in Latin translations which were widely read in the international scholarly community. His first project was his Aretology, an somewhat stilted treatise on Ethical Elements intended to lay down the rudiments of morality as a basis for the pursuit of virtue. In the Sceptical Chymist, Boyle makes a clear break with the alchemists tradition of secrecy with his conviction and insistence on publishing in great experimental detail. It is noteworthy that Boyle was among the first to publich the details of his work, including unsuccessful experiments, but Boyle was never able to abandon the beliefs of alchemy. He believed in transmutation of the elements and reported to the Royal Society on his attempt to change quicksilver into gold. He believed that he was near success in this endeavor. Perhaps most crucial was Boyle's Physico-Chymicall Essay, containing an experiment with some consideration touching the differing parts and redintegration of salt-peter in which he experimentally demonstrated how the charges that could be brought about in salt-peter by chemical means could be explained entirely in terms of the size and motion of corpuscles, without the need for any of the explanations in terms of forms and qualitics associated with scholastic science. Similar ideas were pursued in various sequals, the most notable of which was his The Origin of Forms an Qualities,a frontal attack ofnt he predominat scholasticism of the period, in which Boyle tried to wean his contemporaries away from the essentially qualitative modes of thinking associated with Aristotelian ideas, and to indicate the superior intelligibillity of mechanical explanations of phenomena. [5] [6] [7] [8] [9] [10] [12]
Affects and Effects
Robert Boyle was born at Lismore Castle in 1627, in Ireland. Boyle never married, he was the youngest son of Richard Boyle, who was Earl of Cork, and also the richest man in Britain. Boyle died in 1691, although the cause of death is unknown, he was burried in Saint- Martins to his sister. Boyle and his sister had a very close relationship, she stayed with him when he was a young boy and all through his life. The religious side of Boyle was an important force in his life. Not only did Boyle's deep theism inform his outlook in natural philosophy, as in life in general, it may have been the religious imperatives which dominated his life. He learned philosophy, religion, languages, mathemathics, and the new physics of Bacon, Descartes, and Galileo. Boyle had joined a small group of the most influential English scientists, mathematicians, philosophers, adn physicians. the group was chartered as the Royal Society which exists today as the oldest continuous scientific society in the world, which Boyle was elected president, he later was offered to be president of the society but refused the offer. Boyle published his results on the physical properted of air through this society. His work in chemistry was ained at establishing it as a mathematical science based on a mechanistic theory of matter. It is for this reason that we have decided to include Boyle into this archeve of mathematicians for, although he did not develop any mathematical ideas himself, he was one of the first to argue that all science should be developed as an application of mathematics to physics. Boyle was one of the first to extend the application of mathematic to chemistry which he tried to develop as a science whose complex appearance was merely the result on simple mathematical laws applied to simple fundamental particles. He had deep religious convictions, he wrote widely on religious themes and gave financial support to the translation of the New Testament. Boyle emphasis on experimentation and quantification helped lay the foundation of modern chemistry. He proposed an early atomic theory of matter formulated the first definiton of an element and conducted rigorous experiments with detailed documentation. [2] [4] [5] [6] [7] [8] [9] [10] [11] [12]
The Things He Left Behind
If Boyle had not discovered how gas and pressure are related, many of the things that we have and can do today would not be here. From Boyle's Law we have a better understanding of our atmosphere works and how we can coexist with it. From going out into space or flying though the air, if it hadn't been for Boyle none of this would be possible. Boyle also discovered that for the transmission of sound there needs to be air to send out and receive the sound waves. Boyle introduced the experimental method into science, if not for him the process in which we conduct our experiments would be entirely different and a long process with few results. He was the first scientist to actually collect gas and analyze it, if he hadn't everything that is powered by gas or has to do with gas we wouldn't have at this present time but maybe in the future it would be possible.
References